Functionalized ionic-liquid-based single platform was utilized to demonstrate dual functions of metal-ion sensing and extraction with biological applications.

A collaborative research team has successfully developed a novel fluorescent probe, SLY (Sialyl Lewis Yellow), capable of ...

Radioactive contamination is a highly concerning global environmental issue along with the development of the nuclear industry. On account of sophisticated operations and high cost of instrument ...

The Kennedy College of Science, Department of Chemistry, invites you to attend a Ph.D. Dissertation defense by Saurabh Ankush Karande entitled “High-Throughput Functionalization of Fabrics with Metal ...

A controlled/"living" click polymerization method developed by researchers at the Institute of Science Tokyo and Nagoya ...

Graphene Production Technologies Enable Scalable, Cost-Effective Advanced Materials Advancements in CVD, LPE, and plasma methods drive scal ...

Research on microplastic removal technologies highlights the potential of natural extracts and engineered systems to tackle ...

Reactions that alter organic scaffolds by a single atom are already proving useful, but time will tell if they’ll ...

The CIRCULAR-C project will focus on developing a new generation of circular, sustainable, and biobased adhesives, coatings, and functionalized fibres. (Novel biobased formulations for CIRCULAR ...

Researchers have found in a new study that incorporating filler particles functionalized with silanes containing long alkyl ...

By improving sensitivity and boosting signal amplification, nanomaterials are heralding a new era for biomarker detection.

Recent advancements in photoclickable collagen-based bioresins enhance deep vat printing, enabling high-resolution tissue ...